R. J. Enterprises

Salient Features:

• Modular design in 3 & 4 pole (63A ~3150A), suitable for utilization category AC-23A
• Easy maintenance as each pole can be replaced easily due to modular construction, saving cost of entire Switch in case of single pole being burnt or damaged.
• Available in open execution & in sheet steel enclosure. Complies with the latest requirements of IEC-60947-1&3 / 13947-1&3 standards.
• Unique self cleaning contact construction with special knife type (200A~1800A), double break switching contacts (63~160A & 1000~1800A) & single break (200A~800A). Positive opening operation, with quick make - break and effective arc splitting plates guarantee reliability and long electrical life of the Switch.
• Excellent tracking resistance of isolation material in switch frame prevents flashover between phases even in the most trying & difficult locations
• Adjustable telescopic shaft
• Compact construction
• Window for visual contact inspection
• Suitable for capacitor switching and as a Main switch

• Poles: 2P, 3P & 4P

FEATURES

• Breaking capacity up to 85kA
• Upgraded reliability (Ui 750V, Uimp ~ 8kV)
• Upgraded co-ordination
• Exceptional current limiting design
• Rapid Arc extinguishing using PASQ technology
• Common range of internal accessories up to 250AF
• Easy installation & panel mounting
  – Common mounting dimension
  – Standardized door cut out & depth
• Positive isolation

In Low Voltage installations, when a Capacitor is switched ‘ON’, it results in resonant circuit damped to a greater degree. In addition to the rated current, over current of high amplitude (>180 In) and high frequencies (3~15 KHz) occur during transit period (1 to 2 ms). The resultant high in-rush current peaks, caused due to capacitor switching, depends upon following factors:

• Network inductances 
• Transformer power and short circuit voltage 
• Type of power factor correction: fixed or automatic 
• Harmonics presence in the system

The in-rush current of such high magnitudes is undesirable and it is likely to weld main poles of any standard contactor. Therefore, contactor for capacitor bank switching must be designed to withstand :

• Permanent current that can reach 1.5 time the nominal current of capacitor bank 
• Short but high peak current on pole closing.

Hence, selection of capacitor duty switching device requires careful product selection. It is always recommended to use dedicated Capacitor Duty Switching Contactor for switching Capacitor bank, which optimizes the switchgear cost & enhances the equipment life.

Features and Benefits:

• Excellent damping of In-rush Current 
• Reduced watt loss during ‘ON’ condition, saves energy 
• Capacitor Bank Switching in parallel without de-rating 
• Enhanced equipment life 
• Low maintenance & down -time 
• Power quality improvement
• Optimized solution cost

Salient Features:

• Available in 3 or 4 pole for entire range
• Only 3 frame sizes in the entire range, 800A to 4000A, resulting in maximum interchangeability and minimum inventory of spares.
• High value of service breaking capacity, 50kA to 65kA, and making capacity, 105kA to 143kA at 415V AC
• Total breaking time less than 30ms (including arcing time of less than 10ms) & closing time of 40ms.
• Highest values of mechanical and electrical endurance due to robust mechanism design and special sintered metal contacts.
• Neutral pole (in 4 pole) closes early and opens later to prevent transient over voltages in loads connected between live and neutral lines.
• Most simple to operate and maintain.
• High dielectric strength even in hot and humid conditions due to use of class 'B' and 'F' insulating materials.
• Fibre glass safety shutter for safety of operating personnel.
• Tested for most onerous environmental conditions.

TC exceeD Contactor is the derivative of understanding customer’s varied applications & requirements over the period exceeD Contactor are built for exceeding customer expectations & provide cost effective solutionsassuring design flexibility and safety. exceedD Contactor are manufacturedin our State-of-the-Art fully integrated ISO 90001 Certified manufacturing facility possessing comprehensive infrastructure inclusive of design, tooling, component manufacturing, assembling and testing. exceeD Contactors are reliable, user friendly & its flexible design allows product selection with cost effective solutions. exceeD Contactor conforms to IEC60947-4-1 standards.

ExceeD Contactor solutions & advantages:

• Complete competitive 3 Pole new Contactor range - Control Relay having 3 contact configuration options, AC - 3P Contactor AC3 rating 6~95A, 4 frame sizes, AC.
• Safety through finger touch proof shield
• Efficient magnet with energy saving coils
• Design flexibility
• Common Add -On Accessories - Saves costs
• High Mechanical & Electrical life
• Short Circuit Protection, Type -1 & 2 Co-ordination

Industrial Applications:

• Machine Tools
• Power Supply Solutions
• Motor Controls
• Printing & Packaging Machines
• Elevator & Escalators
• Hoist & Cranes
• Compressors
• HVAC
• Pumps
• Solar

Application C&S CRC HOC Fuselinks are designed to meet the requirements of modern Industrial installations. Selected HOC Fuse links should have current rating not less than the normal full load current of the circuit. Class "gGr provides complete protection of cables. Breaking capacity of the Fuse links is 00110 at 415/5005 AC. 

Salient Features:
Fuse links

• Conforms to lEC60269/1513703/BS88 
• Low power loss & low temperature rise ensure cool running of equipment & longer life
• High breaking capacity upto 80kA
• Lowcut off current &low let through energy
• Operating class gG
• Iclealy suitablefor back up protection to motor startersfor short circuit faults. 

Fuse Base:

• Conformsto IEC 60269/IS 13703
• Rated Voltage: 500V.AC, 50Hz
• Rated Current: upto 630A
• Size:Si&e00,1,28.3 

Fuse Holder:

• Conforms to IEC 60269/15 13703
• Rated Voltage 415VAC
• Rated Current up to 100A
• Size for Fl, A2, A38A4 type Fuse links 

Mechanical Strength:

• Body of high grade flame retardant no - hygroscopic phenolic moulding with a hard gloss surface in off white finish - having high electrical properties with high tracking resistance. 
• Contact material Is ETP grade copper which is silver plated and hence ensures low temperature rise. 

Longer Electrical Lite:

• Sufficient contact pressure is maintained by ring springs throughout life of the base which also does not allow temperature rise to exceed. 

Ratings:

• Fuse bases are available or all rating ohluse links unto 630A& for voltages unto 500V, 50 Hz 
• Fuse bases have been tested for compliance to IEC 60269AS:13703.
• Fuse Holders have been tested at 4150 to compliance IEC 269/ IS 13703 and also available in Busbar mounting Type.

As power distribution needs play a pivotal role in all the significant sectors namely Commercial, Industrial and Residential, improved Breaker performance through better electrical safety, higher operational endurance, continued service and reduced cost have become of paramount importance. C&S MCBs have been engineered to constantly fulfill the above requirements. With these features C&S is setting new standards for user friendly and superlative electrical circuit protection. The C&S MCB is a high performing Thermal Magnetic current limiting device with the ability to disconnect short circuits up to 10kA. The range is available in tripping characteristics types B, C and D for 1P, 1P+N, 2P, 3P, 3P+N & 4P configurations in 0.5 – 125A current ratings. All metal components for operating mechanism of WiNtrip circuit breaker are specially treated for high self lubrication leading to repeat accuracy during service life. The MCBs conform to Standards: IEC 60898-1995 and IS/IEC 60898-1:2002 and stand guaranteed for best quality for optimum performance.

Benefits:

• Electrical safety
• Higher operational endurance
• Durable and reduced cost
• Plays a pivotal role in all the significant sectors namely Commercial, Industrial and Residential areas
• Ensures circuit identification and enhanced safety
• Clear indication of the operational status of device